38 kWh stackable battery - high voltage

38 kWh stackable battery - high voltage

€8.750,00
Skip to product information
38 kWh stackable battery - high voltage

38 kWh stackable battery - high voltage

€8.750,00

This battery is a high-voltage, modular, and stackable LiFePO₄ home battery specifically designed for demanding residential and small commercial energy storage systems. With its 38.40 kWh rated energy capacity, this system offers extensive storage capacity to efficiently store solar energy and use it later, helping to increase self-consumption, grid independence, and optimize energy costs.

Key features and benefits:

  • High energy capacity: approx. 38.40 kWh storage (nominal) with approximately 34.56 kWh usable energy at 90% depth of discharge (DoD).
  • High-voltage design: Operates in configurations around 384 V, offering compatibility with various hybrid inverters and ESS platforms.
  • Lithium Iron Phosphate (LiFePO₄): Good thermal stability and long service life with over 6000 charge/discharge cycles at 90% DoD.
  • Scalable & modular: Stackable design supporting up to 5 clusters in parallel to further increase capacity.
  • Communication & integration: Support for CAN bus and RS485 communication for integration with energy management systems and inverters.
  • Robust construction & installation: IP65 rated weather and dust protection with stackable module installation; ideal for indoor and sheltered outdoor areas.
  • Environmental range: Charging: 0 °C to 55 °C Discharging: -20 °C to 55 °C Highly suitable for diverse climatic conditions. 
  • Safety & certifications:
    Advanced BMS (Battery Management System) with protection against over/under voltage, overheating, and short circuits; extensively certified according to UN38.3, IEC62619, CE, UL1973, and UL2054.
  • Mechanical data: Weight: approx. 409 kg. Dimensions: 870 × 450 × 1010 mm

Application:
This 38 kWh high-voltage battery is ideal for large households and offices or small businesses with high energy consumption. Perfect for storing solar power, reducing peak consumption, and lowering grid dependence, as well as for backup during power outages.

You may also like